Gamma-ray Spectroscopy

A semi-empirical approach to determine gamma activities in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

A semi-empirical approach to determine gamma activities ( Bq kg - 1 ) in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

A semi-empirical approach to determine gamma activities in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

A semi-empirical approach to determine gamma activities in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

Spin-lattice-relaxation-like model for superparamagnetic particles under an external magnetic field

Magnetic field / Nanocrystalline Material / Physical sciences / CHEMICAL SCIENCES / Magnetic Anisotropy / Low Temperature / Fine Particles / Gamma-ray Spectroscopy / Low Temperature / Fine Particles / Gamma-ray Spectroscopy

A semi-empirical approach to determine gamma activities in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

Paramagnetism in Mn/Fe implanted ZnO

Engineering / Applied Physics / Magnetic field / Physical sciences / Band Gap / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy

Paramagnetism in Mn/Fe implanted ZnO

Engineering / Applied Physics / Magnetic field / Physical sciences / Band Gap / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy

Paramagnetism in Mn/Fe implanted ZnO

Engineering / Applied Physics / Magnetic field / Physical sciences / Band Gap / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy / Zinc / Iron / Ion Implantation / Room Temperature / Single Crystal / Gamma-ray Spectroscopy

Local distortions in multiferroic AgCrO_{2} triangular spin lattice

Physical sciences / Field Study / CHEMICAL SCIENCES / Perturbed Angular Correlation / Electric Field Gradient / Gamma-ray Spectroscopy

A semi-empirical approach to determine gamma activities in environmental cylindrical samples

Geology / Radiation / Monte Carlo / Environmental Monitoring / Radiation Measurements / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency / Comparative method / Marine Sediment / Empirical Method / Gamma-ray Spectroscopy / Relative Efficiency

Magnetic properties of cobalt ferrite–silica nanocomposites prepared by a sol-gel autocombustion technique

Engineering / Thermodynamics / Nanocomposites / Transmission Electron Microscopy / Chemical Physics / Weak interaction / Nanocrystalline Material / Silica / Physical sciences / Temperature / Magnetic Properties / Weak Dependence / Cobalt / Phase transition / Spectrophotometry / CHEMICAL SCIENCES / Magnetics / Particle Size / Magnetic Anisotropy / Low Temperature / Silicon Dioxide / Ferric Compounds / Fine Particles / Gamma-ray Spectroscopy / Weak interaction / Nanocrystalline Material / Silica / Physical sciences / Temperature / Magnetic Properties / Weak Dependence / Cobalt / Phase transition / Spectrophotometry / CHEMICAL SCIENCES / Magnetics / Particle Size / Magnetic Anisotropy / Low Temperature / Silicon Dioxide / Ferric Compounds / Fine Particles / Gamma-ray Spectroscopy

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